hot-refined pulp 热精制浆粕
The strength index of the refined pulp decreased in some extent, as the bar height decreased. On the other hand refining energy consumption increased when the disc was abraded.
实验表明，随着磨片齿高的降低，打浆后成浆的物理强度性能指标呈下降趋势，而打浆电耗却增加显著。
With the soft sensor we developed, stable control of high-consistence refined-pulp quality is achieved by adjusting concentrator level, pulp consistence and disc refiner power properly.
为了得到稳定的成浆质量，采用基于软测量模型，适当调节浓缩机浆位、出口浓度、盘磨机功率的策略，实现了打浆度、湿重的稳定控制。
Application results show that the algorithm is effective for refined-pulp quality control.
针对打浆过程的应用结果表明了该算法在打浆过程控制中的有效性。
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